2. For the solutions that will be prepared in Step 2 of Part I below, calculate the [FeSCN2+]. If the calculations done for question 1 give ratios of [Fe3+]: [SCN] greater than 100 : 1 it can be presumed that the reaction runs with SCN as the limiting reactant and therefore, it can be concluded that [SCN] = [ FeSCN2+]. Record these values in the table below. Beaker number 1 [FeSCN²+] 2 3 4

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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2. For the solutions that will be prepared in Step 2 of Part I below, calculate the [FeSCN2+].
If the calculations done for question 1 give ratios of [Fe3+]: [SCN] greater than 100 : 1 it can
be presumed that the reaction runs with SCN as the limiting reactant and therefore, it can be
concluded that [SCN] = [ FeSCN2+]. Record these values in the table below.
Beaker number
1
[FeSCN²+]
2
3
4
Transcribed Image Text:2. For the solutions that will be prepared in Step 2 of Part I below, calculate the [FeSCN2+]. If the calculations done for question 1 give ratios of [Fe3+]: [SCN] greater than 100 : 1 it can be presumed that the reaction runs with SCN as the limiting reactant and therefore, it can be concluded that [SCN] = [ FeSCN2+]. Record these values in the table below. Beaker number 1 [FeSCN²+] 2 3 4
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